Installing the guide bar and chain

WARNING. The chain has sharp edges. Use work gloves for safety.

1.Pull the front guard (9) towards the rear of the saw until there is a “click” to make sure that the chain brake is released.

2.Remove the two chain drive cover nuts (5) with the double ended wrench (28) and remove the chain drive cover (4).

6.Place the chain (2) around the drive sprocket wheel (25) with the chain links in the direction shown on the bar and fit the chain around the guide bar.

7.Fit the chain drive cover and fasten the two nuts (5), finger tight.

8.With the guide bar pointing upwards, tighten the chain tensioner screw (3) until the links of the chain just touch the bottom edge of the guide bar.

3.Remove the spacer (26) and discard.

4.Fully loosen the chain tensioning screw (3).

5.Place the guide bar (1) in position over the two threaded studs with the chain tensioning pin (27), in the hole in the guide bar.

9.With the guide bar pointing upwards, tighten drive nuts.

10.Check that the chain can be smoothly pulled around the guide bar by hand and that it maintains contact with the guide bar, top and bottom.

To check tension, rotate the chain to its tightest condition then suspend a 0.9kg weight from the chain at the mid point of the underside of the bar. The maximum distance between the driving links and the bar should be 6.5mm.

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PCH37 specifications

Global Machinery Company (GMC) has earned a reputation as a leading player in the manufacturing sector, particularly with its innovative product, the PCH37. This advanced machine integrates state-of-the-art technologies and engineering expertise, making it a cornerstone for various industrial applications.

The PCH37 is designed with a robust framework that ensures durability and reliability in demanding environments. One of the standout characteristics of this machine is its flexible architecture, allowing it to be easily customized for a wide range of tasks. This versatility makes it suitable for sectors such as construction, manufacturing, and materials handling.

At the heart of the PCH37 is its intelligent automation system. It employs advanced sensors and machine learning algorithms that enable real-time monitoring and adjustments, enhancing the efficiency of operations. This technology not only improves productivity but also reduces wastage, making it an environmentally sustainable choice. Operators benefit from an intuitive interface that simplifies control, ensuring that even those with minimal experience can quickly adapt to using the machine.

Moreover, the PCH37 is equipped with cutting-edge powertrain technology. Its hybrid engine system combines electric and hydraulic components, optimizing energy consumption while maintaining high performance. This feature aligns with global trends towards greener technology, as it significantly lowers the carbon footprint during operation.

Safety is paramount in the design of the PCH37. It includes comprehensive safety features such as automatic shut-off mechanisms, emergency stop buttons, and reinforced structures that protect operators and nearby personnel. GMC also prioritizes operator training, ensuring that users are well-versed in safety protocols and machine functionality.

In terms of maintenance, the PCH37 is engineered for accessibility. With strategically placed service points and a self-diagnostic system, routine checks and repairs can be conducted with minimal downtime. This maintenance approach translates into lower operational costs and prolonged machine lifespan.

Overall, the Global Machinery Company PCH37 is a testament to innovative engineering, blending cutting-edge technology with user-friendly design and sustainability. Its main features, including intelligent automation, hybrid power, and robust safety protocols, underscore GMC's commitment to excellence in the industrial machinery sector. As industries continue to evolve, the PCH37 stands ready to meet the challenges of tomorrow while delivering reliable performance today.